Understanding Projectile Motion: A Grade 11 Student's Perspective

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Discussion Overview

The discussion centers around understanding the concept of projectile motion, particularly from the perspective of a grade 11 student. The scope includes basic principles, applications, and resources for further learning in the context of a Kinematics unit in physics.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification

Main Points Raised

  • A grade 11 student expresses confusion about projectile motion beyond the basic definition and the role of gravity.
  • One participant suggests Hyperphysics as a resource for better understanding.
  • Another participant reiterates the principle that "What goes up, must come down," and discusses the importance of launch angle and initial speed in determining the range of a projectile.

Areas of Agreement / Disagreement

The discussion does not present any clear areas of agreement or disagreement, as participants are primarily providing information and resources without contesting each other's views.

Contextual Notes

The discussion lacks specific details on the mathematical aspects of projectile motion and does not address any assumptions or definitions that may be critical for a deeper understanding.

Tomie
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Hello I am currently a grade 11 student taking a 11U Physics course and we are nearly done our Kinematics unit and are finishing up Projectile motion. When i asked my teacher to explain the concept behind Projectile motion, i understood what a projectile is and what causes it (the force of gravity acting on a an object) but i don't understand much beyond that, any and all help is welcomed

Thank you!
 
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Welcome to PF, Tomie!

A good resource for learning projectile motion is Hyperphysics, which might clear up some things.

If you have a more specific question, maybe we could be of more use.
 
The basic principle behind projectile motion is, "What goes up, must come down."

If a projectile is fired, you are interested in how far it will travel or how high above the ground its path will take it before the projectile falls back to earth.
If you know how far you want the projectile to travel (i.e., its range), you can use the physics of projectile motion to determine the best angle of launch and initial speed of the projectile to achieve this desired range.
 
The basic principle behind projectile motion is, "What goes up, must come down."

If a projectile is fired, you are interested in how far it will travel or how high above the ground its path will take it before the projectile falls back to earth.
If you know how far you want the projectile to travel (i.e., its range), you can use the physics of projectile motion to determine the best angle of launch and initial speed of the projectile to achieve this desired range.
 

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